STEORN DEMO LIVE & STREAM in Dublin, December 15th, 10 AM

[Omnibus]

I guess I can't do more at this point but to show you some more data similar to what I've already posted. Here are data taken at 0.1Hz and a simple resistor of about 10Ohm replacing the transformer. As you can see, the OU effect shows more than ever even at such a low frequency (it can be even lower).

[broli]

Omnibus since you are waiting anyway. Can you go through different loads and plot the different slopes on the same graph. It might show the characteristic of this ou phenomena and give a relation between it and the load by making a cop vs load graph. Be it linear, quadratic, inverse square... Appreciate the work.

[Omnibus]

@broli,

I wonder if it wouldn't be more prudent to wait and see all that when it becomes clear that we're dealing with a real phenomenon. Today I'll devote more efforts on finding the current probe power supply and I'll try to do some more work along the lines you're suggesting but we'll see how it goes.

[powercat]

Hi all 
News from Sterorn,emailed today.

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Cat

[Omega_0]

I suspect the scope. I suggest you use an analog meter to get the peak current just as a cross check.

1. Put the meter in same circuit in series with Rin. Compare peak current value on scope and on meter.
2. Connect the meter to signal generator and compare the peak voltage on both.